The Gradient Thermal Cycler is a laboratory tool designed for DNA amplification using PCR. It features a gradient function that allows different sections of the thermal block to be set to various temperatures at once. This capability helps researchers quickly determine the optimal annealing temperature for their PCR reactions, improving efficiency and accuracy in experiments.

Features:

• Impact design, small size
• Excellent amplication due to high quality Semiconductor
• High precise temperature with good uniformity, quick heating up

and cooling down benefit from advanced thermoelectric cooling

and PID technologies.

• Extremly quiet
• 30℃ gradient range, ideal for protocol optimization
• 5-inch touch screen, easy to edit, operate, save programs
• Industrial grade operation system, can work 7x24hs
• Data saved to USB flash memory

🔬 How It Works?

The Gradient Thermal Cycler CYL-008-1 uses advanced thermoelectric cooling and PID technologies to rapidly heat and cool DNA samples for PCR amplification. Its gradient block function enables different sections to operate at varying temperatures, helping researchers identify the optimal annealing temperature in fewer cycles. The intuitive 5-inch touchscreen allows easy programming, editing, and saving of PCR protocols, while the industrial-grade system supports continuous 24/7 operation.

💡 Advantages

• 🚀 High Speed & Precision – Fast heating/cooling rates with ±0.2℃ accuracy

• 📊 Gradient Function – 30℃ gradient range for efficient protocol optimization

• 🖥 User-Friendly Interface – 5-inch touchscreen with image-text display

• 🔒 Enhanced Safety – Automatic lid shut-off to prevent overheating

• 🧩 Compact & Quiet Design – Lightweight at only 4.5kg, ideal for modern labs

• 💾 Data Flexibility – USB interface for easy storage and transfer of programs

• ⚡ 24/7 Reliable – Industrial-grade system ensures stable long-term performance

🔍 Recommended Models by Use Case

• Educational Labs – CYL-008-1 with its compact size and ease of use is perfect for teaching PCR principles

• Research Centers – Gradient control supports protocol optimization for complex DNA studies

• Clinical & Diagnostic Labs – Reliable 24/7 operation ensures consistent performance for routine PCR tests

• Pharmaceutical QC Labs – High precision and rapid cycling deliver dependable results for quality assurance

🧪 Ideal For

• Molecular biology and genetic research

• Clinical diagnostics and pathogen detection

• Biotechnology and pharmaceutical testing

• Food safety and agricultural analysis

• Educational training in PCR techniques